Warehouses & Distribution Centers

Texas warehouses and distribution centers running a competitive reverse auction with 25+ licensed providers typically see rates 15–30% below a passively renewed or single-quote contract. Because facility size and equipment density mean even small per-kWh differences compound into large dollar amounts, the savings on a warehouse-scale account are often larger in absolute terms than on a similarly-rated small commercial account. Actual savings depend on your specific load profile, contract term, and current rate.

Yes. If your business operates more than one facility, combining them into a single portfolio auction typically produces better pricing than shopping each location separately, since providers price larger aggregated accounts more competitively due to lower per-account acquisition cost. Aligning contract expiration dates across multiple facilities under one portfolio also reduces the administrative burden of tracking separate renewal windows and lowers the risk of any single facility lapsing onto an auto-renewal holdover rate.

Facilities running two or three shifts operate lighting, HVAC, and material handling equipment well beyond a typical daytime-only window, which means there's little opportunity to shift usage into off-peak hours the way a single-shift operation can. That makes the underlying rate structure — not just the headline per-kWh price — more important, since a rate built around daytime-only usage patterns may not reflect a facility that's drawing power around the clock.

Yes, functionally. Refrigerated or frozen storage sections run compressors and refrigeration units continuously, 24/7, regardless of shift schedule or whether the rest of the facility is operating. That creates a load profile closer to a grocery store's than a typical dry warehouse. A rate or contract structure that doesn't separately account for that continuous baseline demand often underprices the true cost of running a mixed dry-and-cold facility.

Conveyor systems, dock levelers, material handling equipment, and forklift charging stations often run simultaneously across one or more shifts, creating a concentrated spike in power draw. Because demand charges are based on your single highest 15-minute usage peak in a billing period, that concentrated equipment load can push demand charges to 30–50% of a distribution facility's total electricity bill — often a larger cost driver than the energy rate itself.